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Table 1 Salt-tolerant accessions identified in this study

From: Salinity tolerance, Na+ exclusion and allele mining of HKT1;5 in Oryza sativa and O. glaberrima: many sources, many genes, one mechanism?

IRGC # Genotype Species Origin Accession status SES Tolerance
104022   O. glaberrima Guinea-Bissau Landrace/traditional cultivar 2.22 High
104023   O. glaberrima Guinea-Bissau Landrace/traditional cultivar 2.40 High
103459   O. glaberrima Senegal Landrace/traditional cultivar 3.00 High, segregating
103462   O. glaberrima Senegal Landrace/traditional cultivar 3.78 High
  Kalarata O. sativa India Landrace/traditional cultivar 2.17 High
22710 Nona Bokra O. sativa India   2.17 High
108921 Pokkali O. sativa India Landrace/traditional cultivar 2.17 High
26869 Pokkali (8558) O. sativa Sri Lanka   2.17 High
  Capsule O. sativa Bangladesh Landrace/traditional cultivar 2.22 High
  Kutipatnai O. sativa Bangladesh Landrace/traditional cultivar 2.22 High
  Cheriviruppu O. sativa India Landrace/traditional cultivar 2.33 High
44131 Daw Hawm O. sativa Thailand   2.50 Very high
40593 Ching-Tai-Chan O. sativa China   2.56 High
44442 Gundang O. sativa Philippines Landrace/traditional cultivar 2.58 High
44480 Jumbo-Jet O. sativa Philippines Landrace/traditional cultivar 2.67 High
26577 Bora Dudh Kalam O. sativa Bangladesh Landrace/traditional cultivar 2.78 High
37104 Hoglapata O. sativa Bangladesh Landrace/traditional cultivar 2.78 High
32315 Mulai O. sativa Iran Landrace/traditional cultivar 2.78 High
88396 Urichadra O. sativa Bangladesh Landrace/traditional cultivar 2.80 Very high
26633 Gurdoi O. sativa Bangladesh Landrace/traditional cultivar 2.83 Very high
26596 Demshi O. sativa Bangladesh Landrace/traditional cultivar 2.89 Very high
26622 Gia Dhan O. sativa Bangladesh Landrace/traditional cultivar 2.89 High
53637 Basmati 217 O. sativa India   3.00 High
39185 BPI RI-2 O. sativa Philippines Released/improved/advanced cultivar 3.00 Very high
26602 Dharga Sail O. sativa Bangladesh Landrace/traditional cultivar 3.00 High
15800 Eratio O. sativa Senegal   3.00 High
26615 Gachia O. sativa Bangladesh Landrace/traditional cultivar 3.00 High
117275 Pokkali O. sativa India   3.00 Very high
37108 Horkocha O. sativa Bangladesh Landrace/traditional cultivar 3.10 High
32281 Anbarloo Sadri O. sativa Iran Landrace/traditional cultivar 3.11 High
3214 Celtik Tosya O. sativa Turkey   3.11 High
32311 Hassan Tareme O. sativa Iran Landrace/traditional cultivar 3.11 High
56752 Som O. sativa Guinea-Bissau Landrace/traditional cultivar 3.11 High
  FL478 O. sativa Philippines Breeding line 3.13 High
12880 Dom Sofid O. sativa Iran Landrace/traditional cultivar 3.17 High
32312 Larome O. sativa Iran Landrace/traditional cultivar 3.22 High
32313 Massan Mulat O. sativa Iran Landrace/traditional cultivar 3.22 High
26595 Choia Mora O. sativa Bangladesh Landrace/traditional cultivar 3.33 High
83125 Maroantrano O. sativa Madagascar Landrace/traditional cultivar 3.33 High
77210 Rayada O. sativa Bangladesh Landrace/traditional cultivar 3.33 High
17038 Damodar O. sativa India Released/improved/advanced cultivar 3.44 High
6144 FR13A O. sativa India   3.50 High
56445 Walimbo O. sativa Senegal Landrace/traditional cultivar 3.50 High
26576 Bora Dhan O. sativa Bangladesh Landrace/traditional cultivar 3.67 High
16817 Hasawi O. sativa Saudi Arabia   3.67 High
4154 Taangteikpan O. sativa Myanmar   3.67 High
70635 Msalim Jaro O. sativa Kenya Landrace/traditional cultivar 3.70 High
3401 Carolina Seln O. sativa Peru Landrace/traditional cultivar 3.75 High
16767 Ta Lay O. sativa Vietnam Landrace/traditional cultivar 3.83 High
1723 Carolina Gold O. sativa United States   3.89 High
49051 Rajasail O. sativa Bangladesh Landrace/traditional cultivar 3.89 High
43287 ARC 18567 O. sativa India   4.00 High
26594 Chini Sokkor O. sativa Bangladesh Landrace/traditional cultivar 4.00 High
117282 Cypress O. sativa United States Released/improved/advanced cultivar 4.00 High
  1. Selected tolerant accessions identified and/or examined in this study. Passport information is derived from annotation in the T. T. Chang Genetic Resources Centre database.